What question did this study set out to answer?

To develop a thermochromic composite film that adapts to seasonal temperature changes and improves energy efficiency.

Mie‐Resonant Thermochromic Safe Architectures for All‐Season Radiative Thermal Management

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To develop a thermochromic composite film that adapts to seasonal temperature changes and improves energy efficiency.
Designed a thermochromic composite film using microcapsules and a hierarchical porous matrix.
Utilized Mie scattering techniques to separate visible-near-infrared from long-wave infrared emissions.
Conducted outdoor tests to evaluate the performance over 180 days.
Achieved heating of approximately 245 W/m² and cooling of around 86 W/m².
Demonstrated stable thermal regulation indoors and outdoors under various weather conditions.
Produced through a scalable process suitable for widespread application in urban and transportation settings.

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This research demonstrates a novel thermochromic film that regulates temperature in various settings, suggesting significant energy savings.

Cui et al. (2026) studied this question.

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This research demonstrates a novel thermochromic film that regulates temperature in various settings, suggesting significant energy savings.